CN204370667U - The building block of a kind of XPS-foam cement composite self-insulation stalk - Google Patents
The building block of a kind of XPS-foam cement composite self-insulation stalk Download PDFInfo
- Publication number
- CN204370667U CN204370667U CN201420838765.8U CN201420838765U CN204370667U CN 204370667 U CN204370667 U CN 204370667U CN 201420838765 U CN201420838765 U CN 201420838765U CN 204370667 U CN204370667 U CN 204370667U
- Authority
- CN
- China
- Prior art keywords
- xps
- foam cement
- warming plate
- die body
- building block
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Building Environments (AREA)
- Finishing Walls (AREA)
Abstract
The utility model discloses the building block of a kind of XPS-foam cement composite self-insulation stalk, composite block prepared by the utility model comprises the XPS warming plate die body and foam cement two parts that adopt extrusion molding extrusion molding method to prepare; XPS warming plate die body is the middle rectangular structure for cavity, is provided with link enhancement muscle in cavity, foam cement is filled in cavity in XPS warming plate, settable cementitious with XPS warming plate die body together with, as Sandwich materials.Composite thermal self-insulation building block high insulating effect of the present utility model, this weight is light, and compressive strength is high, intensity controllable, shock resistance is strong, acoustic insulation shock-proof and moistureproof good frost resistance, and long-time stability are good, fire-retardant fireproof performance is good (selects fire-protection rating to be the XPS of B1 level, foam cement A level), production technology is simple, and construction is built by laying bricks or stones conveniently, integrated cost is low, is particularly suitable for the construction in passive type house.
Description
Technical field
The utility model relates to building material technical field, is specifically related to the building block of a kind of XPS-foam cement composite self-insulation stalk.
Background technology
Along with the energy, the increasingly sharpening of crisis of resource, actively must advocate green building, the facade lighting of strengthening building energy conservation.Adopt the various materials for wall with heat insulation function, not only can save ample resources, can also energy consumption be reduced, reduce environment pollution.
In this context, external thermal insulation system obtains and develops on an unprecedented scale.But through enforcement in recent years and application, find the energy-conservation way wrapped to body of wall, fundamentally do not solve the power saving of construction wall space enclosing structure, and bring the various problems such as safety, construction, cost.
Novel from energy-conservation walling and heat insulation system thereof because of its obvious energy-saving effect, represent the direction of wall reform development, more and more get the nod.
Foam cement is mechanically fully foamed by blowing agent by the foamed system of foaming machine, and by the cementitious material such as foam and cement slurry Homogeneous phase mixing, then cast-in-place construction or mould molding is carried out by the pumping system of foaming machine, a kind of lightweight fireproof insulating material containing a large amount of sealed porosity formed through natural curing, its advantage is that stable performance, coefficient of deformation are little, not only fire protection flame retarding but also anti-aging, application life is relatively long, difficulty of construction is relatively little, engineering cost is relatively low, can cycling and reutilization.But foam cement is due to the limitation in its formula and technical matters, and most of article construction is single, and stable not, coefficient of thermal conductivity is higher, and heat-insulating property is not enough, and intensity is low, and pliability is poor, frangible rapid wear.
Extrusion moulding type polystyrene cystosepiment (be called for short XPS), it is that raw material adds other supplementary material with poly-containing thing with polystyrene resin, by heating mixing injecting catalyst simultaneously, then extrusion molding extrusion molding and the rigid foam plate that manufactures.
XPS has perfect closed honeycomb structure, this structure allow XPS plate have lightweight, intensity is high, pliability good, workability is good, not easily broken, compactness is high, good effect of heat insulation, water imbibition are extremely low (absorbing water hardly), the advantage of anti-aging (normally using almost without degradation and decomposition phenomenon), shortcoming is that fire safety performance is not enough, in practice of construction application, there is certain difficulty.
How XPS is combined with foam cement technology, overcome respective defect, comprehensively play both advantage, prepare a kind of Novel compound self heat-insulation building block, be the research topic that building material industry one is brand-new.
The existing XPS building block manufactured that combines with foam cement mainly contains two kinds of forms:
Be a composite heat insulation block for XPS-foam cement sandwich structure, the centre position of this building block is XPS warming plate, and both sides are foam cement; During preparation, first insert XPS warming plate in a mold, then in mould remaining space pouring foaming cement slurry, become insulation blocks through sawing after maintenance.
Another kind utilizes Making mold to become the middle foam cement building block having various hole, then XPS plate is cut into the shape matched with the hole of foam cement building block, inserts in the hole, form heat insulating composite building block.
These two kinds of structures, all must use particular manufacturing craft during the first manufacture foam cement building block, cost of production is higher, and the second heat insulation effect is also as one wishes not to the utmost, has much room for improvement, and still needs secondary isothermal holding as during outer wall body.
Utility model content
The utility model technical issues that need to address are just the defect overcoming existing single insulating wall material, the building block of a kind of XPS-foam cement composite self-insulation stalk is provided, organic material XPS and inorganic material foam cement combine by it, form composite material, give full play to bi-material advantage separately, overcome respective deficiency, possess not easy to crack, long-term heat preservation is respond well, high-strength light, thermal insulation, sound-adsorbing sound-insulating hung, construction is simple, cost is low waits Good All-around Property, it is a kind of new material integrating building enclosure and wall thermal insulating function, meet the advanced direction of materials for wall development, be particularly suitable for the construction in passive type house.
For solving the problem, the utility model adopts following technical scheme:
The utility model provides the building block of a kind of XPS-foam cement composite self-insulation stalk, described in show that building block comprises the XPS warming plate die body and foam cement two parts adopting extrusion molding extrusion molding method to prepare; XPS warming plate die body is the middle rectangular structure for cavity, is provided with link enhancement muscle in cavity, foam cement is filled in cavity in XPS warming plate, settable cementitious with XPS warming plate die body together with, as Sandwich materials.
Described former and later two external surfaces of XPS warming plate die body are provided with dovetail groove, and dovetail groove width is 0.5-5cm, and the degree of depth is 0.2-0.9cm, adjacent dovetail groove interval 1-5cm.
Two ends, described XPS warming plate die body left and right external surface is provided with groove chimeric mutually and raised band, and in correspondence with each other, can realize chimeric coupling, depth of groove and raised band height are 0.2-2cm, and width is 1-20cm in the position of groove and raised band; In order to reserved bonding agent, mortar or mortar gap, the die body of same specification building block, the little 0.1-0.5cm of left and right both ends of the surface raised band aspect ratio depth of groove, raised band width 0.1-1cm less of recess width.
Described XPS warming plate die body inner surface is provided with raised strip, and raised band width is 1-5cm, is highly 0.2-0.9cm, adjacent protrusion band interval 1-10cm.
Described XPS warming plate die body wall thickness is 2-8cm, and link enhancement muscle thickness is 1-5cm, and link enhancement muscle is spaced apart 5-50cm, and in XPS warming plate die body, remaining space is filled by the foam cement after hydration and hardening.
The end face of described reinforcing rib and the centre position of bottom surface are provided with the arc groove that radius is 4-30cm, and groove bottom to tip height is 4-30cm.
XPS-foam cement composite self-insulation stalk building block prepared by the utility model, with high-performance XPS for die body, filling foam cement in its die body, makes building block die body and foam cement be cured as same entirety and define heat insulation building block, and can sawing be the building block of job site required size.Organic material XPS and inorganic material foam cement combine by this composite self-insulation stalk building block, form composite material, give full play to bi-material advantage separately, overcome respective deficiency.This heat insulation building block external form is simple, be easy to processing, the notch of building block left and right end portions is fitted together to design and effectively can intercepts heat bridge, increase the thermal property of block material, possess high-strength light, thermal insulation, sound-adsorbing sound-insulating hung, the excellent combination property such as construction is simple, cost is low, be a kind of new material integrating building enclosure and wall thermal insulating function, meet the advanced direction of materials for wall technical development, be particularly suitable for the construction in passive type house.
Use composite self-insulation stalk building block prepared by the utility model, mate corresponding composite self-insulation T-shaped wall corner building block and L shape wall corner building block again, do not need to do wall thermal insulating process again, heat insulating material and building same life-span, not only can reach advanced building energy-saving standard, and outer wall cracking that existing external wall outer insulation exists can be overcome, the defect such as external thermal insulation comes off, insulation layer poor durability.According to southern and northern architecture enclosing revetment body to the different requirements of thermal transmittance, can increase or reduce the thickness of polyphenyl plate together with corresponding composite self-insulation wall corner building block, realize factorial praluction flexibly, both the Winter protection in the north had been applicable to, also be applicable to southern summer heat insulation, there is regional adaptability widely.
The building block of the utility model XPS-foam cement composite self-insulation stalk, former and later two external surfaces of XPS warming plate die body are provided with dovetail groove, can strengthen its bonding with plastering mortar; XPS warming plate die body inner surface is provided with raised strip, can strengthen the connection of die body and foam cement; Two ends, the left and right external surface of XPS warming plate die body is provided with groove chimeric mutually and raised band, and the position of groove and raised band in correspondence with each other, can realize the chimeric of notch, effectively block heat bridge; In order to strengthen building by laying bricks or stones bonding strength horizontal between rear building block, bonding agent, mortar or mortar gap between die body left and right both ends of the surface raised band and groove, can be reserved; In order to strengthen the supporting capacity of XPS die body to the foam cement slurry injected, link enhancement muscle is set between die body front and rear wall; In order to increase the globality of foam cement in die cavity, at the groove of the end face and the prefabricated filling foam cement of centre position, bottom surface difference that strengthen muscle.In die body, the foam cement of filling is raw materials used is: cement, slag micropowder, flyash, lime and water.Block strength and coefficient of thermal conductivity regulate and control by the unit weight adjusting foam cement.
Accompanying drawing explanation
Fig. 1 is XPS warming plate die body structural representation.
Fig. 2 is the composite thermal self-insulation building block structural representation of XPS-foam cement integration.
Detailed description of the invention
embodiment 1
1), the preparation of XPS warming plate die body:
Extrusion molding extrusion molding technique is adopted to prepare stalk building-brick type XPS warming plate die body; As shown in Figure 1, described XPS warming plate die body is the middle rectangular structure 1 for cavity to the structure of XPS warming plate die body, length × height × thick=60cm × 36cm × 24cm, and described XPS warming plate die body wall thickness is 5cm, is provided with link enhancement muscle 2 in cavity; Link enhancement muscle thickness is 5cm, and link enhancement muscle is spaced apart 10cm.
The end face of described reinforcing rib and the centre position of bottom surface are provided with the arc groove 3 that radius is 10cm, and groove bottom to tip height is 10cm.
Described former and later two external surfaces of XPS warming plate die body are provided with dovetail groove 4, and dovetail groove width is 2cm, and the degree of depth is 0.4cm, adjacent dovetail groove interval 3cm.
Two ends, described XPS warming plate die body left and right external surface is provided with groove 5 chimeric mutually and raised band 6, and in correspondence with each other, can realize chimeric coupling, depth of groove and raised band height are 1cm, and width is 10cm in the position of groove and raised band; In order to reserved bonding agent, mortar or mortar gap, the die body of same specification building block, the little 0.3cm of left and right both ends of the surface raised band aspect ratio depth of groove, raised band width 0.5cm less of recess width.
Described XPS warming plate die body inner surface is provided with raised strip 7, and raised band width is 3cm, is highly 0.6cm, adjacent protrusion band interval 6cm.
2), foam cement slurry preparation:
Take 42.5 Portland cement 48kg, S95 level slag micropowder 22 kg respectively, second class powered coal ash 23 kg, lime 4 kg, drop in mixer, and add water 20kg, stir three minutes, obtain cement magma;
Simultaneously by 0.5kg plant proteins blowing agent and the mixing of 10 kg water, utilize foaming machine to manufacture foam, the foam produced is introduced mixer, foam and cement raw volume of slurry are than being 1:2.5; Stir 30 seconds again, mix, obtain foam cement slurry;
3) (bottom surface is closed, foam cement slurry to be poured into above-mentioned XPS warming plate die body, horizontal positioned) in, end face strikes off, humidity more than 95%, temperature more than 65 DEG C leave standstill more than maintenance 6.5h, together with foam cement after hydration and hardening is settable cementitious with XPS warming plate die body, become the composite thermal self-insulation building block of the XPS-foam cement integration that appearance and size is length × height × thick=60cm × 36cm × 24cm.As shown in Figure 2.
The utility model with XPS warming plate die body for mould, without particular manufacturing craft.
4), the performance indications of composite thermal self-insulation building block:
Compressive strength: 7.6 MPa;
Water absorption rate: 8 %;
Mean coefficient of heat conductivity: 0.06 w/(m.k);
Apparent density: 680 kg/m
3.
comparative example 1xPS-foam cement
the contrast test of outer wall self heat-preserving system and embodiment 1
XPS-foam cement outer wall self heat-preserving system selects both sides to be foam cement, and centre is the composite block of XPS warming plate (different from the XPS in embodiment 1, to be the XPS warming plate with cylinder groove on plate face), does contrast test with the building block in embodiment 1.The enforcement of contrast building block:
1), the preparation of XPS warming plate:
, with the cylinder groove of concavo-convex symmetry, can combine closely with foam cement in XPS warming plate both sides.
The thickness of described warming plate is 5cm, and cylinder groove diameter is 2cm, is spaced apart 10cm; The sclerosis foam cement thickness of described warming plate both sides is 12cm.
2), foam cement slurry preparation:
Take 42.5 Portland cement 48kg, S95 level slag micropowder 22 kg respectively, second class powered coal ash 23 kg, lime 4 kg, Admixture (early strength admixture 1.0 kg, waterproof agent 1.0 kg, water reducing agent 0.46 kg, thickener 0.04 kg) 3 kg, drop in mixer, and add water 20kg, stir three minutes, obtain cement slurry; 0.5kg blowing agent and 10 kg water are mixed in 1:20 ratio simultaneously, utilize foaming machine to manufacture foam, the foam produced is introduced mixer, then stirs 30 seconds, mix, obtain foam cement slurry;
Foam cement slurry is poured in the particular manufacturing craft of insertion XPS warming plate in advance, end face strikes off, humidity more than 95%, temperature more than 65 DEG C leave standstill more than maintenance 6.5h, together with foam cement after hydration and hardening is settable cementitious with XPS warming plate die body, after sawing, become the composite thermal self-insulation building block of the XPS-foam cement integration that appearance and size is length × height × thick=60cm × 36cm × 24cm.This building block preparation needs to be equipped with particular manufacturing craft.
3), the performance indications of composite thermal self-insulation building block: compressive strength: 7.8 MPa;
Water absorption rate: 10 %;
Mean coefficient of heat conductivity: 0.12 w/(m.k)
Apparent density: 700 kg/m
3.
the contrast test of the simple foam cement building block of comparative example 2 and embodiment 1.
Prepare simple foam cement building block by the proportion of raw material of foam cement in embodiment 1 and building block dimensions, carry out contrast test.The enforcement of contrast building block:
1), the preparation of foam cement building block:
Take 42.5 Portland cement 48kg, S95 level slag micropowder 22 kg respectively, second class powered coal ash 23 kg, lime 4 kg, Admixture (early strength admixture 1.0 kg, waterproof agent 1.0 kg, water reducing agent 0.46 kg, thickener 0.04 kg) 3 kg, drop in mixer, and add water 20kg, stir three minutes, obtain cement slurry; 0.5kg blowing agent and 10 kg water are mixed in 1:20 ratio simultaneously, utilize foaming machine to manufacture foam, the foam produced is introduced mixer, then stirs 30 seconds, mix, obtain foam cement slurry;
Be poured in particular manufacturing craft by foam cement slurry, end face strikes off, and humidity more than 95%, temperature more than 65 DEG C leave standstill more than maintenance 6.5h, and sawing becomes the foam cement building block that appearance and size is length × height × thick=60cm × 36cm × 24cm.This building block preparation needs to be equipped with particular manufacturing craft.
2), the performance indications of foam cement building block:
Compressive strength: 8.5 MPa;
Water absorption rate: 11 %;
Mean coefficient of heat conductivity: 0.30 w/(m.k)
Apparent density: 750 kg/m
3.
the contrast test of comparative example 3 other materials composite block and embodiment 1.
What select is the insulation blocks of the building block of foam cement Prefabricated porous and XPS compound, i.e. the building block mentioned of background technology part.Utilize Making mold to become the middle foam cement building block having various hole, then XPS plate is cut into the shape matched with the hole of foam cement building block, insert in the hole, form composite heat insulation block, do contrast test with embodiment 1.
The enforcement of contrast building block:
1) preparation of the insulation blocks of the building block of foam cement Prefabricated porous and XPS compound:
Take 42.5 Portland cement 60kg, S95 level slag micropowder 15 kg respectively, second class powered coal ash 15 kg, lime 5 kg, Admixture (early strength admixture 1.0 kg, waterproof agent 1.0 kg, water reducing agent 0.46 kg, thickener 0.04 kg) 3 kg, drop in mixer, and add water 25kg, stir three minutes, obtain cement slurry; 0.5kg blowing agent and 10 kg water are mixed in 1:20 ratio simultaneously, utilize foaming machine to manufacture foam, the foam produced is introduced mixer, then stirs 2 minutes, mix, obtain foam cement slurry;
The foam cement slurry be uniformly mixed is cast in the particular manufacturing craft of porous building-brick, end face strikes off, humidity more than 95%, temperature more than 65 DEG C leave standstill more than maintenance 6.5h, and preparation becomes the foam cement porous building-brick of appearance and size for length × height × thick=60cm × 36cm × 24cm.Again XPS plate is cut into the shape matched with the hole of foam cement porous building-brick, insert in the hole, form composite heat insulation block.This building block preparation needs to be equipped with particular manufacturing craft.
2) performance indications of composite self-insulation XPS-foam cement composite block:
Compressive strength: 5.8 MPa;
Water absorption rate: 17 %;
Mean coefficient of heat conductivity: 0.18 w/(m.k)
Apparent density: 750 kg/m
3.
embodiment 2
1), the preparation of XPS warming plate die body:
Extrusion molding extrusion molding technique is adopted to prepare stalk building-brick type XPS warming plate die body; As shown in Figure 1, described XPS warming plate die body is the middle rectangular structure 1 for cavity to the structure of XPS warming plate die body, length × height × thick=60cm × 36cm × 24cm, and described XPS warming plate die body wall thickness is 5cm, is provided with link enhancement muscle 2 in cavity; Link enhancement muscle thickness is 5cm, and link enhancement muscle is spaced apart 10cm.
The end face of described reinforcing rib and the centre position of bottom surface are provided with the arc groove 3 that radius is 4cm, and groove bottom to tip height is 4cm.
Described former and later two external surfaces of XPS warming plate die body are provided with dovetail groove 4, and dovetail groove width is 2cm, and the degree of depth is 0.4cm, adjacent dovetail groove interval 3cm.
Two ends, described XPS warming plate die body left and right external surface is provided with groove 5 chimeric mutually and raised band 6, and in correspondence with each other, can realize chimeric coupling, depth of groove and raised band height are 1cm, and width is 10cm in the position of groove and raised band; In order to reserved bonding agent, mortar or mortar gap, the die body of same specification building block, the little 0.3cm of left and right both ends of the surface raised band aspect ratio depth of groove, raised band width 0.5cm less of recess width.
Described XPS warming plate die body inner surface is provided with raised strip 7, and raised band width is 3cm, is highly 0.6cm, adjacent protrusion band interval 6cm.
2), foam cement slurry preparation:
Take 42.5 Portland cement 30kg, drop in mixer, and add water 15kg, stir three minutes, obtain cement magma;
Simultaneously by 0.2kg rosin based blowing agent and the mixing of 2kg water, utilize foaming machine to manufacture foam, the foam produced is introduced mixer, foam and cement raw volume of slurry are than being 1:3; Stir 20 seconds again, mix, obtain foam cement slurry;
3) (bottom surface is closed, foam cement slurry to be poured into above-mentioned XPS warming plate die body, horizontal positioned) in, end face strikes off, humidity more than 95%, temperature more than 65 DEG C leave standstill more than maintenance 6.5h, together with foam cement after hydration and hardening is settable cementitious with XPS warming plate die body, become the composite thermal self-insulation building block of the XPS-foam cement integration that appearance and size is length × height × thick=60cm × 36cm × 24cm.As shown in Figure 2.
embodiment 3
1), the preparation of XPS warming plate die body:
Extrusion molding extrusion molding technique is adopted to prepare stalk building-brick type XPS warming plate die body; As shown in Figure 1, described XPS warming plate die body is the middle rectangular structure 1 for cavity to the structure of XPS warming plate die body, length × height × thick=60cm × 36cm × 24cm, and described XPS warming plate die body wall thickness is 5cm, is provided with link enhancement muscle 2 in cavity; Link enhancement muscle thickness is 5cm, and link enhancement muscle is spaced apart 10cm.
The end face of described reinforcing rib and the centre position of bottom surface are provided with the arc groove 3 that radius is 30cm, and groove bottom to tip height is 30cm.
Described former and later two external surfaces of XPS warming plate die body are provided with dovetail groove 4, and dovetail groove width is 2cm, and the degree of depth is 0.4cm, adjacent dovetail groove interval 3cm.
Two ends, described XPS warming plate die body left and right external surface is provided with groove 5 chimeric mutually and raised band 6, and in correspondence with each other, can realize chimeric coupling, depth of groove and raised band height are 1cm, and width is 10cm in the position of groove and raised band; In order to reserved bonding agent, mortar or mortar gap, the die body of same specification building block, the little 0.3cm of left and right both ends of the surface raised band aspect ratio depth of groove, raised band width 0.5cm less of recess width.
Described XPS warming plate die body inner surface is provided with raised strip 7, and raised band width is 3cm, is highly 0.6cm, adjacent protrusion band interval 6cm.
2), foam cement slurry preparation:
Take 42.5 Portland cement 45kg, S95 level slag micropowder 15 kg respectively, second class powered coal ash 15 kg, lime 5 kg, drop in mixer, and add water 30kg, stir 10 minutes, obtain cement magma;
Simultaneously by 0.8kg plant proteins blowing agent and the mixing of 16 kg water, utilize foaming machine to manufacture foam, the foam produced is introduced mixer, foam and cement raw volume of slurry are than being 1:5; Stir 2 minutes again, mix, obtain foam cement slurry;
3) (bottom surface is closed, foam cement slurry to be poured into above-mentioned XPS warming plate die body, horizontal positioned) in, end face strikes off, humidity more than 95%, temperature more than 65 DEG C leave standstill more than maintenance 6.5h, together with foam cement after hydration and hardening is settable cementitious with XPS warming plate die body, become the composite thermal self-insulation building block of the XPS-foam cement integration that appearance and size is length × height × thick=60cm × 36cm × 24cm.As shown in Figure 2.
Last it is noted that obviously, above-described embodiment is only for the utility model example is clearly described, and the restriction not to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.And thus the apparent change of amplifying out or variation be still among protection domain of the present utility model.
Claims (6)
1. an XPS-foam cement composite self-insulation stalk building block, is characterized in that: described building block comprises the XPS warming plate die body and foam cement two parts that adopt extrusion molding extrusion molding method to prepare; XPS warming plate die body is the middle rectangular structure for cavity, is provided with link enhancement muscle in cavity, foam cement is filled in cavity in XPS warming plate, settable cementitious with XPS warming plate die body together with, as Sandwich materials.
2. XPS-foam cement composite self-insulation stalk building block as claimed in claim 1, it is characterized in that: described former and later two external surfaces of XPS warming plate die body are provided with dovetail groove, dovetail groove width is 0.5-5cm, and the degree of depth is 0.2-0.9cm, adjacent dovetail groove interval 1-5cm.
3. XPS-foam cement composite self-insulation stalk building block as claimed in claim 2, it is characterized in that: two ends, described XPS warming plate die body left and right external surface is provided with groove chimeric mutually and raised band, the position of groove and raised band in correspondence with each other, chimeric coupling can be realized, depth of groove and raised band height are 0.2-2cm, and width is 1-20cm; In order to reserved bonding agent, mortar or mortar gap, the die body of same specification building block, the little 0.1-0.5cm of left and right both ends of the surface raised band aspect ratio depth of groove, raised band width 0.1-1cm less of recess width.
4. XPS-foam cement composite self-insulation stalk building block as claimed in claim 3, is characterized in that: described XPS warming plate die body inner surface is provided with raised strip, and raised band width is 1-5cm, is highly 0.2-0.9cm, adjacent protrusion band interval 1-10cm.
5. XPS-foam cement composite self-insulation stalk building block as claimed in claim 4, it is characterized in that: described XPS warming plate die body wall thickness is 2-8cm, link enhancement muscle thickness is 1-5cm, link enhancement muscle is spaced apart 5-50cm, and in XPS warming plate die body, remaining space is filled by the foam cement after hydration and hardening.
6. XPS-foam cement composite self-insulation stalk building block as claimed in claim 5, it is characterized in that: the described end face of enhancing muscle and the centre position of bottom surface are provided with the arc groove that radius is 4-30cm, groove bottom to tip height is 4-30cm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420838765.8U CN204370667U (en) | 2014-12-26 | 2014-12-26 | The building block of a kind of XPS-foam cement composite self-insulation stalk |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420838765.8U CN204370667U (en) | 2014-12-26 | 2014-12-26 | The building block of a kind of XPS-foam cement composite self-insulation stalk |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204370667U true CN204370667U (en) | 2015-06-03 |
Family
ID=53326899
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420838765.8U Expired - Fee Related CN204370667U (en) | 2014-12-26 | 2014-12-26 | The building block of a kind of XPS-foam cement composite self-insulation stalk |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204370667U (en) |
-
2014
- 2014-12-26 CN CN201420838765.8U patent/CN204370667U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201560522U (en) | Self-insulation interlocking wall building block | |
| CN204691001U (en) | Full outsourcing block type cast-in-situ wall inorganic fire Self-thermal-insulation System | |
| CN104563381B (en) | A kind of preparation method of XPS-foam cement composite self-insulation stalk building block | |
| CN104563379B (en) | A kind of preparation method of EPS-foam cement composite self-insulation stalk building block | |
| CN204370662U (en) | A kind of XPS-foam cement composite self-insulation T-shaped wall corner building block | |
| CN204151989U (en) | The cast-in-place double group of block type wall self-insulation system of half outsourcing sandwich | |
| CN204370667U (en) | The building block of a kind of XPS-foam cement composite self-insulation stalk | |
| CN204370663U (en) | A kind of XPS-foam cement composite self-insulation L shape wall corner building block | |
| CN204370668U (en) | A kind of EPS-foam cement composite self-insulation L shape wall corner building block | |
| CN204370666U (en) | The building block of a kind of EPS-foam cement composite self-insulation stalk | |
| CN204370661U (en) | A kind of EPS-foam cement composite self-insulation T-shaped wall corner building block | |
| CN104563372B (en) | A kind of preparation method of XPS-foam cement composite self-insulation L-shaped wall corner building block | |
| CN103113070A (en) | Triple-insulating cold-hot bridge full-blocking type self-insulating building block and preparation method thereof | |
| CN203113551U (en) | Foaming sandwiched high heat preservation building wall body | |
| CN104563371B (en) | A kind of preparation method of XPS-foam cement composite self-insulation T-shaped wall corner building block | |
| CN104563380B (en) | A kind of preparation method of EPS-foam cement composite self-insulation L-shaped wall corner building block | |
| CN104563370B (en) | A kind of preparation method of EPS-foam cement composite self-insulation T-shaped wall corner building block | |
| CN104251026A (en) | Inorganic fireproof self-heat-insulation system with fully externally enclosed and built cast-in-situ walls | |
| CN203613708U (en) | Self heat preservation wall body building block | |
| CN204151945U (en) | Novel cast-in-situ wall Self-thermal-insulation System | |
| CN204151967U (en) | The wall self-insulation system that a kind of composite heat insulation block is built by laying bricks or stones | |
| CN204152021U (en) | The wall thermal insulating system that a kind of composite heat insulation block is built by laying bricks or stones | |
| CN204151972U (en) | Novel cast-in-place double group of body Self-thermal-insulation System of building a wall | |
| CN104234232B (en) | The cast-in-place double group of block type wall inorganic fireproofing heat preservation system of half outsourcing | |
| CN104278761B (en) | Double group of block type wall self-insulation system of half outsourcing |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150603 Termination date: 20181226 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |